1) Quantum OR gate
量子或门
2) molecular logic OR gate
分子逻辑或门
1.
How to realize molecular logic OR gate,NOT gate and NAND gate based on sticker model of DNA computing and approach to implementation of molecular logic AND gate presented previously,which is proposed in this paper.
在这篇论文中,我们在先前提出的基于粘贴DNA计算模型的分子逻辑与门的实现方法的基础上,进一步提出了基于粘贴DNA计算模型的分子逻辑或门和与非门的实现方法。
3) quantum SWAP gate
量子SWAP门
1.
A scheme for realization of quantum SWAP gate in cavity QED;
实现量子SWAP门的腔QED方案(英文)
4) Quantum gates
量子门
1.
In this paper, a novel quantum neuron model is constructed based on the universal quantum gates unit (i.
以通用量子门组(即相移门和受控非门)作为基本的计算单元,构造出全新的量子神经元模型,并由此组成前馈型结构网络。
5) quantum gate
量子门
1.
The physical implementation of a universal set of high-fidelity quantum gates is a key step in quantum computation.
最近几年发展的几何量子计算使用几何位相来实现量子逻辑门 ,其特点是利用几何位相的整体几何性质来避免某些局域的无规噪声的影响 ,从而实现较高保真度的量子门 。
2.
This method implements quantum neural computation by making universal quantum gate as neural network’s activation function,and chooses the rough grid feature of the plate as the character recognition feature to conduct license plate character recognition.
该方法将通用量子门组作为神经网络的激活函数来实现量子神经计算,同时把字符的粗网格特征作为字符的识别特征进行车牌字符识别。
6) quantum non-gate
量子非门
1.
With a linear superposition a single bit of quantum non-gate together with quantum and gate,it proved that the trapped two ions system in the relatively quantu.
运用量子理论,在Paul阱中共线两离子系统的精确解的基础上,结合量子编码方法,讨论了囚禁两离子系统量子非门(单比特逻辑非门、两比特逻辑非门)实现的理论方法,提出利用质心振动模和两离子构建量子与门的理论方法(不需第三个离子),通过分析,证明了囚禁两离子系统在相对量子数l=1时,可制备为单比特量子非门和量子与门的线性叠加,可以完成并行量子逻辑操作,量子非门和量子与门是构成量子计算机制基本结构单元,值得我们在量子信息实验研究中加以考虑。
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条